One combination of two of these devices intended to mitigate the Miller effect is a cascode amplifier, and Darlington pairs behave like single ones with approximately the product of the respective current gains. The most common current type of these devices, often employed in the (*) CMOS configuration on integrated circuits, exploits the ability of a voltage to induce a conducting channel elsewhere via field effects. The bipolar junction type of these devices gradually has given way to MOSFETs.
One combination of two of these devices intended to mitigate the Miller effect is a cascode amplifier, and Darlington pairs behave like single ones with approximately the product of the respective current gains. The most common current type of these devices, often employed in the (*) CMOS configuration on integrated circuits, exploits the ability of a voltage to induce a conducting channel elsewhere via field effects. The bipolar junction type of these devices gradually has given way to MOSFETs. For 10 points, name these three-terminal semiconductor devices, which amplify and switch electronic signals.
One combination of two of these devices intended to mitigate the Miller effect is a cascode amplifier, and Darlington pairs behave like single ones with approximately the product of the respective current gains.
{transistors}